Visual System Integrator is the one-of-a-kind tool for embedded development which, for the first time, makes it possible to develop a full functioning system. Visual System Integrator enables you to define the full system using GUI or through a C++ file. The defined system can span across multiple CPUs, FPGAs and DSPs from different vendors.
Visual System Integrator provides system level instrumentation and trace capabilities throughout the system and across vendor specific tools to reduce time-to-market.
Visual System Integrator provides code import support for popular languages such as C++. python and java. By using Visual System Integrator, moving data between these programming languages and even across software/hardware is as simple as drawing a line. The end result is reduced time in repetitive tasks and more time developing features and making your product robust.
Visual System Integrator is a set of components that make it easier and faster to compose Embedded Systems visually. We've already open sourced several components that could be found at our public repositories at [https://github.com/systemviewinc].
This repository is mainly used to report issue and provide feedback.
| Job | Status |
|---|---|
| Driver Rpmsg | |
| Driver Vsi | |
| Linux-Xlnx | |
| Vsi |
| Job | Status |
|---|---|
| R5 | |
| Sobel Algorithm | |
| Blocking Read | |
| Cxx Api | |
| Cxx Api Device Automatic Passthrough | |
| Cxx Api Device Hw | |
| Cxx Api Device Passthrough | |
| Cxx Api Multi Sw | |
| Cxx Api Passthrough | |
| Data Transfer | |
| Java Api Device Passthrough | |
| Java Arm | |
| Python Api Device Passthrough | |
| Python Device | |
| Python Regression | |
| Simulation | |
| Sort | |
| Sort Arm | |
| Univariate Linear Regression |